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Selected Projects

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Contents

Academic projects 99% Recreation High-rise

p1

Timber-Waste Pavilion

p4

Shop-house Canopy

p7

The Corridor

p10

Others The Span Challenge

p13

Omniturm tower (Case study)

p15

Iceland cave tower

p16

Design Build projects Cyborg Architecture

p18

project 1

The 99% Public sky-scraper An Innovative typology to reimagine the skyscraper's potential, transcending its conventional role as a vertical enclave for residential, commercial, or office functions. Instead, the Public Skyscraper embraces a holistic approach, integrating diverse public programs and recreational activities within a single, interconnected structure.

Academic Project 2022 Year 4 Sem 2

Project Type High-rise

3

3

01/06 Local Canopy

project 1

Scarcity of Public & Recreational spaces At present, Bangkok contends with the pressing concern of insufficient public space. Offering only 6.9 square meters of public space per person, this falls considerably below the recommended 50 square meters and falls short of the World Health Organization's standard of 9 square meters.

We need more public space Bangkok

WHO standard

Paris

Newyork

Bangkok (Actual usable)

23.1sqm

11.5 sqm

9sqm

6.9sqm

*Human size comparison

0.92 sqm

Public function Private function

Recreation & Public Park

Religious

Library

Retail

Retail

Rooftop park Theatre Exhibtion Recreation

Library

Sports Art

Residential + Office

Residential

Residential

Residential

Residential

Office

Green open space

Arts & Cultural

Museum Gallery Co-working

Museum

Residential

Office

Sqm

Religious

Re-imagine sky scraper

Functions

Retail

The rise of skyscrapers further exacerbates the problem, as these towering structures, dedicated primarily to retail, offices, and residences, contribute to a less inclusive and accessible urban environment. Interestingly, Bangkok boasts over 200 shopping malls, covering a vast 3,000,000 sqm, becoming the de facto artificial public spaces for its residents, overshadowing recreational alternatives.

project 1

Stacking public functions The 120-meter-tall structure is divided into eight sections, each with a floor-to-ceiling height of 15 meters. This modular design allows for maximum flexibility in accommodating a wide range of functions, including cultural centers, co-working spaces, libraries, temples, parks, and sports facilities.

Structure Beyond its functional aspects, the Public Scraper experimented with cross-laminated timber as its primary construction material, offering an innovative solution for the future of skyscrapers.

project 1

Roof top park

Recreation Zone

24 Hours Inclusive Program The 120-meter-tall structure is divided into eight sections, each with a floor-to-ceiling height of 15 meters. This modular design allows for maximum flexibility in accommodating a wide range of functions, including cultural centers, co-working spaces, libraries, temples, parks, and sports facilities.

project 1

27

04/06 The 99%

Open spaces & Circulation Every Floor of this building features an open-air space and green area, creating a seamless connection between the building's interior and the surrounding urban environment. The building's form is designed with strategic openings and airflow considerations to maximize ventilation and enhance the overall comfort of occupants.

project 2

Timber waste pavilion This pavilion is a zero-emission structure created from residual timber farm materials and recycled plastic waste. It serves as a temporary animal habitat for forest fire recovery.

Based on the design principles of Glenn Murcutt's, this project embodies sustainable architecture, utilizing reclaimed materials to address environmental challenges and provide a supportive space for wildlife during recovery.

Academic Project 2019 Year 2 Sem 1

Project Type Pavilion

project 2

The Case Study of Marika Alderton House “ Touch The Earth Lightly “ This house is a sustainable marvel in Northern Australia. The structure, adept at combating tropical challenges like high temperatures and hurricane winds, features an adaptable opening system, an elevated steel gable roof, and simple, eco-friendly materials.

Constructed efficiently by local craftsmen on raised piles, the house not only addresses environmental concerns but also provides a comfortable living space in the challenging climate.

project 2

1:1 Physical model

Plastic bottles & Twigs, 100% repurposed materials The pavilion is constructed entirely from 100% repurposed materials, including wood sticks and plastic bottles. Transforming plastic bottles into strips, these are used to bind the sticks together, forming a modular system. The application of slight heat causes the plastic to shrink, resulting in durable, non-destructible joints.

project 2

Turning organic Shapes into Modular System Various leftover materials arrive in different sizes and shapes. Deconstructing and sorting these materials by length and size can transform chaotic organic shapes into a well-organized modular system, ultimately taking the form of tetrahedral modules with an interlocking system.

project 2

project 2

project 3

The Corridor The corridor project introduces an inventive parasitic architectural strategy to improve circulation and community engagement around the Event hall building.

Given that the exhibition building is unused for 70% of the time, and the interaction between the public and commercial programs decreases.

A suggested skywalk links the intersection of four buildings, each corridor fulfilling specific functions such as a library, co-working space, fabrication lab, and performance stage. The addition of public functions connecting the four buildings could potentially attract more visitors and elevate interaction from seasonal to year-round.

Academic Project 2021 Year 3 Sem 2

Project Type Civic / Parasitic Architecture

project 3

project 3

Level 1

Level 2

Rooftop

project 3

Event hostings Surrounded by large scale exhibition hall, this undertaking serves as a venue for accommodating numerous public mini-events and outdoor gatherings tailored for smaller groups, including schools and the local community.

project 3

Re-designing Circulation The corridor, which intricately weaves through the existing circulation by linking four distinct buildings at the intersection, facilitates the seamless transportation of both objects and individuals across these structures.

project 3

Multi-functional Planes The planes in the center have four adaptable sides that can be rotated to fulfill various roles during different events.

They can transform into projection screens, performance stages, seating arrangements, shading elements, or even barriers for traffic control in specific situation.

project 4

Shop-house Canopy "Shop house" stands out as the prevalent architectural typology ubiquitous throughout Bangkok. Originating from Chinese immigrants in the 1960s, this distinctive fusion of "shop" and "house" continues to endure to the present day.

Academic Project 2020 Year 3 Sem 1

Project Type Residential / Building extension

Beyond the Rooftop The envisioned extension seeks to unlock the untapped potential for diverse activities on the rooftop, creating a dynamic space for various events and gatherings.

project 4

Minimize impact The project's strategy prioritizes minimal disruption to the existing structure.

Introducing a core into houses prevents any alterations to the current setup while enabling the construction of expansive extensions on the rooftop level.

Phase 0 : Existing buildings

Phase 1 : Core insertion

Phase 2 : Canopy extension

Phase 3 : Fully connected

project 4

Additional Activities Inserting the core structure enables the construction of additional programs above the shophouse, facilitating public circulation for residents on the upper level. The canopy's shade fosters new activities in the hot climate of Bangkok.

The supplementary programs include student housing, recreational space, co-working space, rooftop park, and rooftop restaurants.

project 4

Modular units & Hanging scaffold

The housing unit is crafted to fit th existing shophouse dimension, m 5 by 6 meters. Each unit compris working area, storage, and a bed on the mezzanine level, capable accommodating a maximum of 2

Existing structures The incorporation of a core into the existing shophouse design will enhance overall circulation, allowing access to the canopy from every shophouse. One house will serve as public circulation, while the others can maintain their private nature.

01/06 Local Canopy

4

project 4

Bedroom

he measuring ses a d located of 2 guests.

Atrium

Light atrium The original shophouse has a length of 15 meters, resulting in a shadowed area at the center. Incorporating an atrium around the core not only helps distribute sunlight but also establishes an atrium around the central space.

project 5

Arch Catenary Arch able to absorbs ve strong Compression load

The Span Challenge The span challenge is an assignment for the Construction Technology class. The goal is to design a structure with a 1.5-meter span in the most efficient manner to support the load. Students are restricted to using only two layers of 1.2 mm thick balsa wood paper and strings for constructing the span.

Academic project 2019 Year 2 Sem 2

Project Type Construction Technology Design

Team : Korrawich Koomtako, Chawin Wiwatcharoenkul, Phawin Vongphawit

ery

project 5

Load testing Braces Strengthen the arch structure with braces throughout the span

Tension strings Support tension load with strings

Combination of arch compression, and string tension allows the span to support the load 4 times higher than its own weight.

project 5

37

05/06 Others

37

05/06 Others

28

05/06 Others

project 5

04/06 The 99%

project 6

Case study project Omniturm tower, Frankfurt This project entails a case study from an Engineering Technology class, providing students with insights into building systems through real-world examples.

Engineering Technology 2021 Year 3 Sem 2

Case-study project Building system study

project 6

project 7

Iceland Cave Tower Competition

Architecture Competition 2020

Project Type Cultural

Team : Takanao Todo, Pheerapith Petchareon

project 7

project 7

project 7

project 7.2

Sequence Diagram Competition Competition brief : In a world saturated with visuals, architects wield a unique power: the ability to translate intangible ideas into concrete spaces that evoke emotion and functionality.Beyond initial sketches and renderings, architects must master the art of storytelling.

Embark on a journey back to the genesis of architectural design, where playful explorations with volumes reign supreme. This portfolio invites you to hone your storytelling skills through the lens of diagramming. Take the provided imaginary site as your canvas, its inherent challenges becoming catalysts for your creative spark.

Competition

by UPSTAIRS

Project Type Diagram

project 7.2

project 7.2

project 7.2

project 8

Cyborg Architecture This project focuses on establishing computational design workflows using hard panels with flexible joints and engages computational workflows that challenge the expression of panelling, grids, meshes and typical parametric ordering systems as an architectural aesthetic.

Using angular globalised masses and integrated patterns, apertures and joints as articulations that obscure tectonic compositions and break perceptual repetition, the project explores new forms of aesthetic languages that are especially calibrated for machine vision and object recognition.

INDA Design & Build projects 2020 Summer course

Project Type Exhibition

Instructor Hseng tai lintner, Stefan svedberg

project 8

project 8

project 8

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Contact : Kana Sricharoenchai kanasric@gmail.com +66886013000 , (0886013000)